Mobile Cloud Computing: Foundations and Service Models

Front Cover
Morgan Kaufmann, Sep 8, 2017 - Computers - 336 pages

Mobile Cloud Computing: Foundations and Service Models combines cloud computing, mobile computing and wireless networking to bring new computational resources for mobile users, network operators and cloud computing providers.

The book provides the latest research and development insights on mobile cloud computing, beginning with an exploration of the foundations of cloud computing, existing cloud infrastructures classifications, virtualization techniques and service models.

It then examines the approaches to building cloud services using a bottom-up approach, describing data center design, cloud networking and software orchestration solutions, showing how these solutions support mobile devices and services.

The book describes mobile cloud clouding concepts with a particular focus on a user-centric approach, presenting a distributed mobile cloud service model called POEM to manage mobile cloud resource and compose mobile cloud applications. It concludes with a close examination of the security and privacy issues of mobile clouds.

  • Shows how to construct new mobile cloud based applications
  • Contains detailed approaches to address security challenges in mobile cloud computing
  • Includes a case study using vehicular cloud
 

Selected pages

Contents

Part 1 Mobile Cloud Computing Foundation
1
Part 2 Mobile Cloud Computing
87
Part 3 Mobile Cloud Computing Security
177
Copyright

Other editions - View all

Mobile Cloud Computing: Foundations and Service Models
Huijun Wu,Dijiang Huang
No preview available - 2017

Common terms and phrases

ABAC access control access policy algorithm Android API gateway application partition application running application scenario architecture ARM architecture attribute-based attributes bundle BYOD cloud infrastructure cloud resource communication components configuration connection consumer containers CP-ABE create decryption deployed deployment distributed Docker Dropbox edge computing employed bees encryption entities environment example execution function Google guest hardware host hypervisor IEEE implementation install interface Internet cloud IoT system JAR file Java JSON kernel layer Linux Linux kernel mapping MapReduce MCC service microservices migration mobile application mobile cloud application mobile cloud computing mobile computing mobile devices mobile users module multiple node object ontology Open vSwitch OpenStack operations OSGi OSGi framework partition platform POEM Manager protocol proxy QEMU remote reward sum sensors service provider shown in Fig smartphone solution storage tion user’s virtual machines virtual network VMware XMPP

About the author (2017)

Dijiang Huang is Associate Professor in the School of Computing Informatics and Decision Systems Engineering at Arizona State University. He is Editor of IEEE’s Communications Surveys & Tutorials and Associate Editor of their Journal of Network & Systems Management. He serves on several committees, including IEEE’s Internet Technical Committee on Cloud Communications, Smart Grid Communications Committee, and Cloud Communications & Networking Ad Hoc Committee. He has a Ph.D. in Telecommunications and Computer Networking, an M.S. in Computer Science, and B.E. in Telecommunications. He is the author of more than 120 articles published in 28 journals

Huijun Wu received his Ph.D. from Arizona State University in 2016 with a thesis on 'Mobile Cloud Application Framework and Offloading Strategies'. His research interests are in mobile cloud computing, computation offloading strategies, service oriented architecture and distributed systems. He received a M.S. (2009) and a B.S. (2007) from Huazhong University of Science and Technology. Huijun Wu is currently an engineer at Twitter contributing to the Heron project that is a realtime, distributed, fault-tolerant stream processing engine. He worked in Alcatel-Lucent Shanghai Bell from 2009 to 2011.

Bibliographic information

TitleMobile Cloud Computing: Foundations and Service Models
AuthorsDijiang Huang, Huijun Wu
PublisherMorgan Kaufmann, 2017
ISBN0128096446, 9780128096444
Length336 pages
Subjects ›  › 

Computers / Networking / General
Computers / Security / Network Security
  
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